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Determination of Uranium, Thorium and Radium from Geological Materials by Microprecipitation and Alpha-Spectroscopy
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E. Hrnecek
Published/Copyright:
February 1, 1995
Published Online: 1995-2-1
Published in Print: 1995-2-1
© 2013 Oldenbourg Wissenschaftsverlag GmbH, Rosenheimer Str. 145, 81671 München
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Articles in the same Issue
- Masthead
- Plutonium-244 in the Early Solar System and Xenology
- Preparation of an Intense 236Pu Source for the Investigation of its 28Mg Cluster Decay
- The Separation of Americium from Light Lanthanides by Cyanex 301 Extraction
- Spectroscopic Study of the Hydrolysis of PuO2+2 in Aqueous Solution
- Sorption of Neptunium(V) on Various Iron Oxides and Hydrous Iron Oxides
- Dissolution Kinetics of ThO2 in Acid and Carbonate Media
- Coprecipitation of U(IV) with Barium Sulfate
- Determination of Uranium, Thorium and Radium from Geological Materials by Microprecipitation and Alpha-Spectroscopy
- Study of Factors Dominating Sorption/Desorption of Cs in Soil
- Relative Sorption of 137Cs and 90Sr in Soil: Influence of Particle Size, Organic Matter Content and pH
- Comparison of the Reactivity of the Materials Having Two Different Kinds of Functional Groups by Applying Hydrogen-Isotope Exchange Reaction
Articles in the same Issue
- Masthead
- Plutonium-244 in the Early Solar System and Xenology
- Preparation of an Intense 236Pu Source for the Investigation of its 28Mg Cluster Decay
- The Separation of Americium from Light Lanthanides by Cyanex 301 Extraction
- Spectroscopic Study of the Hydrolysis of PuO2+2 in Aqueous Solution
- Sorption of Neptunium(V) on Various Iron Oxides and Hydrous Iron Oxides
- Dissolution Kinetics of ThO2 in Acid and Carbonate Media
- Coprecipitation of U(IV) with Barium Sulfate
- Determination of Uranium, Thorium and Radium from Geological Materials by Microprecipitation and Alpha-Spectroscopy
- Study of Factors Dominating Sorption/Desorption of Cs in Soil
- Relative Sorption of 137Cs and 90Sr in Soil: Influence of Particle Size, Organic Matter Content and pH
- Comparison of the Reactivity of the Materials Having Two Different Kinds of Functional Groups by Applying Hydrogen-Isotope Exchange Reaction
